We investigate transmission characteristics in symmetric planar double-ring metamaterials at oblique angles of incidence theoretically. The double-ring microwave metamaterials are used to study resonant response to incident TE electromagnetic wave. The trapped-mode resonant feature results from the excitation of antisymmetric current mode and the quality factor is associated to the angle of incidence
Metamaterials are media have a negative permittivity (E) or a negative permeability (p) or both. Met...
We numerically and experimentally investigated dual-band absorption of sandwich-structure metamateri...
A dual-band metamaterial absorber (MA) based on triangular resonators is designed and investigated i...
Metamaterials are a class of artificial material, known to produce electromagnetic (EM) responses no...
We experimentally studied the transmission response of a one-dimensional rectangle-prism-shaped meta...
In this paper, We present a design and simulate of a dual-band and polarization insensitive for meta...
In this paper we experimentally and numerically study the left-handed behavior in a biplanar metamat...
We report on a planar metamaterial, the resonant transmission frequency of which does not depend on ...
This thesis involves analysis of artificial materials to investigate metamaterial behavior and chara...
An electrically thin chiral metamaterial structure composed of four U-shaped split ring resonator pa...
Resonant enhancement of electromagnetic waves propagating at oblique incidence in metamaterials, wit...
We present the design, simulation, and measurement of a polarization-independent and angle-insensiti...
We propose a new type of planar metamaterials that can support high-Q electromagnetic modes, namely ...
We experimentally observe the tuning of metamaterials through the relative rotation of the elements ...
Polarization and incident angle independent metamaterial-based absorber (MA) which acts as a strong ...
Metamaterials are media have a negative permittivity (E) or a negative permeability (p) or both. Met...
We numerically and experimentally investigated dual-band absorption of sandwich-structure metamateri...
A dual-band metamaterial absorber (MA) based on triangular resonators is designed and investigated i...
Metamaterials are a class of artificial material, known to produce electromagnetic (EM) responses no...
We experimentally studied the transmission response of a one-dimensional rectangle-prism-shaped meta...
In this paper, We present a design and simulate of a dual-band and polarization insensitive for meta...
In this paper we experimentally and numerically study the left-handed behavior in a biplanar metamat...
We report on a planar metamaterial, the resonant transmission frequency of which does not depend on ...
This thesis involves analysis of artificial materials to investigate metamaterial behavior and chara...
An electrically thin chiral metamaterial structure composed of four U-shaped split ring resonator pa...
Resonant enhancement of electromagnetic waves propagating at oblique incidence in metamaterials, wit...
We present the design, simulation, and measurement of a polarization-independent and angle-insensiti...
We propose a new type of planar metamaterials that can support high-Q electromagnetic modes, namely ...
We experimentally observe the tuning of metamaterials through the relative rotation of the elements ...
Polarization and incident angle independent metamaterial-based absorber (MA) which acts as a strong ...
Metamaterials are media have a negative permittivity (E) or a negative permeability (p) or both. Met...
We numerically and experimentally investigated dual-band absorption of sandwich-structure metamateri...
A dual-band metamaterial absorber (MA) based on triangular resonators is designed and investigated i...